* Waste Lithium Battery Crushing/Pyrolysis/Sorting Recycling Production Line - Process Flow Description:
1. After discharge, lithium batteries are conveyed into the crushing equipment for crushing.
2. After crushing, the material enters the pyrolysis furnace for further decomposition.
3. The pyrolyzed material enters the screening system.
4. The screening/crushing/re-screening system performs three crushing/re-screening processes on the stripped black powder, separating it into ① black powder (graphite powder, lithium iron phosphate, lithium cobalt oxide, etc.) and a copper-aluminum mixture.
5. The copper-aluminum mixture is then separated into ② copper and ③ aluminum by airflow screening.
Background:
* Lithium-ion battery classification: soft-shell lithium-ion batteries, hard-shell lithium-ion batteries,
cylindrical lithium-ion batteries, positive and negative electrode sheets, etc.
* Lithium-ion batteries mainly consist of a casing, positive electrode, negative electrode, electrolyte,
and separator:
- The positive electrode sheet is formed by coating lithium cobalt oxide powder onto both sides of
an aluminum foil current collector using PVDF.
- The negative electrode sheet has a similar structure to the positive electrode, consisting of carbon
powder bonded to both sides of a copper foil current collector.
Waste Lithium-ion Battery Crushing / Pyrolysis / Sorting Recycling
Production Line:
A. Process Principle: Physical crushing/pyrolysis/sorting process to obtain copper, aluminum, and black
powder (graphite powder, lithium iron phosphate, lithium cobalt oxide, etc.)
B. Processing Capacity: 100 ~ 2,000 Kg/Hr, recycling rate over 90%
C. Basic Equipment: Single-shaft shredder, hammer crusher, magnetic separator, pulverizer, baffle
separator, black powder separator, airflow separator
D. Optional Equipment: Carbonization furnace (pyrolysis furnace)
E. Air Pollution Control Equipment: Pulse dust collector and other flue gas treatment equipment
(Option)

Waste Lithium Battery Crushing/Pyrolysis/Sorting Recycling Production Line -
Process Flow Description :
A. After discharge, lithium batteries are conveyed into the crushing equipment for crushing.
B. After crushing, they enter the pyrolysis furnace for further decomposition.
C. The pyrolyzed material enters the screening system.
D. The screening/crushing/re-screening system further crushes/re-screens the stripped black powder,
separating it into ① black powder (graphite powder, lithium iron phosphate, lithium cobalt oxide,
etc.) and a copper-aluminum mixture.
E. The copper-aluminum mixture is then separated into ② copper and ③ aluminum by airflow
screening.
Waste Lithium Battery Crushing, Sorting and Recycling Production Line:

Contact: Chung Lee
Phone: +1-840-677-6786
Tel: +886-932-039270
Email: hanchung1223@vm-cleanworld.com
Add: 12346 Claredon Dr UNIT 4, Rancho Cucamonga, CA 91739 USA
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